1. Submitted in partial fulfillment for the Award of degree of Bachelor of Technology In Electrical Engineering Submitted By: Submitted To :- NITESH SONI MR. VIKAS BHALLA 12ECTEE041 Assistant Professor 2015-16 Department of Electrical Engineering GOVT. COLLEGE OF ENGINEERING &TECHNOLOGY, BIKANER

3. 1.INTRODUCTION 2.PLANT OVERVIEW 3.COAL HANDLING PLANT 4.BOILER 5.STEAM TURBINE 6.TURBO GENERATOR 7.DEARATOR 8.ELECTRO STATIC PRECIPITATOR 9.STEAM CONDENSING 10.WATER TREATMENT PLANT 11.SWITCHYARD 12.CONTROL ROOM

4. INTRODUCTION Kota Super Thermal Power Plant is Rajasthan's first major Coal fired Power plant. It is located on the left bank of the Chambal River at upstream of Kota Barrage near Sakatpura,Kota. Construction work for stage-I started in 1977 and first unit of 110 MW was commissioned on 17th Jan. 1983.The second 110 MW unit was firstly synchronized in July 1983. The stage-II units are synchronized in 1989. The second unit of second stage was commissioned in Oct. 1989. After that unit of 210 MW was started in April 11, 1984. The commencement of unit VI, in Stage IV started in July, 2001 and the synchronization of the unit was done in July, 2003. The commencement of unit VII, in Stage V the synchronization of the unit was done in May, 2009. Rajasthan Coal Chambal River The source of Water (cooling for the P.S.) is the reservoir formed by “ Kota Barrage ” on the Chambal River. The water is drawn from this reservoir and after use released near the left main canal of the barrage. The 220 KV GSS is within ½ Kms. from the power station.

5. K.S.T.P.S 7 UNITS/5STAGES TOTAL POWER GENRATION 1240MW STAGE-1 UNIT-1-110MW UNIT-2-110MW TOTAL POWER 220MW STAGE-2 UNIT-3-210MW UNIT-4-210MW TOTAL POWER 420MW STAGE-3 UNIT-5-210MW TOTAL POWER 210MW STAGE-4 UNIT-6-195MW TOTAL POWER 195MW STAGE-5 UNIT-7-195MW TOTAL POWAR 195MW

8. 1.Wagon Uploading 2.Crushing System 3.Conveying System

9. A boiler is a closed vessel in which water under pressure is converted into steam.  A boiler is always designed to absorb maximum amount of heat released in process of combustion.  This is transferred to the boiler by all the three modes of heat transfer i.e. conduction, convection and radiation.

10. Boiler Tubes Boiler Drum

11.  Turbine is a machine which converts the potential or kinetic energy of the steam into mechanical power by virtue of dynamic action of steam. o Steam Turbine used is mainly of three types-:  FIRST STAGE\HIGH PRESSURE TURBINE  SECOND STAGE\INTERMEDIATE TURBINE  THIRD STAGE\LOW PRESSURE TURBINE

13. SPECIFICATIONS Manufactured by-:BHEL Rated Speed -:3000 RPM Power Output -:110 MW Power factor -:0.8 Rated voltage -:1000V Rated current -:7200A Cooling Element -:6

15. Dearator is a device which is widely used for the removal of air and other gases from the feed water to steam generating boilers. in particular dissolved oxygen in Boiler feed waters will cause serious corrosion damage in steam system by attaching to the walls of metal piping and other metallic equipment and forming oxides.

16.  To remove fly ash from flue gases electro static precipitator is used. They have collection efficiency of over 99.5%. The efficiency depends on various Factors such as velocity of flow, quantity of gas, resistivity of ash, voltage of fields, precipitators etc.

17. CONDENSATE FLOATING TANK WATER COOLED SURFACE CONDENSER

18. WATER TREATMENT PLANT WATER TREATMENT PLANT RAW WATER FROM RIVER UP STREAM. WATERTREAT MENT PLANT PURIFIED & FILTERED WATER SOFT WATER D.M WATER

19.  To synchronize between load & generator.  Provide constant,reliable,consistent & non fluctuating power supply.

20. Various electrical equipment at 220kv system are as follows-  Circuit breaker  Isolator  Current Transformer  Potential Transformer  Lightening Arrester  Capacitve Voltage Transformer

21. CONTROL ROOM

22. The first phase of practical training has proved to be quiet fruitful. The architecture of the power plant the way various units are linked and the way working of whole plant is controlled make the student realize that engineering is not just learning the structured description and working of various machines, but the greater part is of planning proper management. However training has proved to be quite fruitful. It has allowed an opportunity to get an exposure of the practical implementation to theoretical fundamentals.